Hailea HC-130A Chiller, 200-1000 L/h - Reservoir/Aquarium Cooler

Maintaining a constant nutrient-solution temperature in hydroponic systems (NFT and DWC) within optimum limits is extremely important for preserving oxygen levels and protecting roots from Pythium* and other diseases.

With the Hailea HC-130A 200 - 1000 L/h chiller, controlling the water temperature in your hydroponic system or aquarium is easier than ever!

• compatible with fresh and salt water
• environmentally friendly refrigerant R134a
• low noise levels
• easy-to-use digital controller
• function for automatic shutdown against overheating
• for tank / aquarium volume: 130 L

The chiller is designed to operate with a water pump with a flow rate of 1000L/h (sold separately).

Instructional video: here.*

Features:

• model: HC-130A
• recommended flow rate: 200 - 1000 L/h
• for tank / aquarium volume: 130 L
• fittings: ⌀ 12 or ⌀ 17 mm (included)
• power: 1/15 HP 
• power consumption: 130 W
• voltage: 220-240V, 50Hz
• amperage: 0.8A
• dimensions: 338 x 218 x 325 mm
• weight: 9.5 kg
• warranty: 1 year

Recommendations: The chiller should be cleaned every 3 - 4 months to remove any mineral deposits and limescale. Simply fill the chiller with clear vinegar, leave it for 24 hours and then rinse with water. Make sure you also place an air-circulation fan near the chiller to avoid heat build-up.

Please note:

1. The flow rate is determined according to the pump's maximum flow (submersible pump or another external power filter) and the circulation equipment.
2. Cooling performance is shown when the ambient temperature is 30°C, the water temperature before cooling is 28°C, the set temperature is 16°C and the chilled water is no more than 130 litres. As the water cooling decreases, the water temperature will drop.
3. Cooling efficiency is determined by the installation location, heat source, lighting, pump filter and other connecting parts. Special pumps and other accessories sold with Hailea series chillers must be used. Do not use alternatives to avoid affecting appliance performance.
4. When there is insufficient air exchange in a room, cooling efficiency is reduced if the ambient temperature rises due to heat from the unit.